alternative approaches that would be preferable? • This led to questions being raised, requests being dropped, requests being modified, workarounds being identified, etc. • This discussion effort is still authors (mostly but not restricted to SG14) will now write individual proposals to make the various requests gain traction 37A word on P2000 and P0592 How P2966 fits in the « overall plan for C++… » 38A help these requests lead to adoption of corresponding features in the C++ language or its standard library 63Actions • SG14 contributors plan to write papers that will help these requests lead to

a service client and sends requests to Node 2What is ROS 2? ● In this ROS 2 example, there are 2 nodes in the system ○ Node 1 acts as a service client and sends requests to Node 2 ○ Node 2 acts as server, receives requests from Node 1, and sends back responsesWhat is ROS 2? ● In this ROS 2 example, there are 2 nodes in the system ○ Node 1 acts as a service client and sends requests to Node 2 ○ ○ Node 2 acts as a service server, receives requests from Node 1, and sends back responses ■ Node 2 also uses parameters at run-time to change its behaviorWhat is ROS 2? ● In this ROS 2 example, there

ool low_latency; extern unifex::static_thread_pool workers; ex::sender auto accept_and_process_requests() { return ex::on(low_latency.get_scheduler(), accept_request()) | ex::transfer(workers { process_request(request); }) | unifex::repeat_effect(); } Accept requests on low-latency threads. Process the requests on the worker threads.16 EXAMPLE: TRANSITIONING EXECUTION CONTEXT namespace low_latency; extern unifex::static_thread_pool workers; unifex::task accept_and_process_requests() { while (true) { auto request = co_await ex::on(low_latency.get_scheduler(), accept_request());

Allocator for detecting memory error Inject the allocator, compile & link Allocators: handle all the requests for allocation and deallocation of memory for a given container template< class T, class Allocator for detecting memory error Inject the allocator, compile & link Allocators: handle all the requests for allocation and deallocation of memory for a given container template< class T, class Allocator for detecting memory error Inject the allocator, compile & link Allocators: handle all the requests for allocation and deallocation of memory for a given container template< class T, class

source code and issue tracking (for ques- tions and support, reporting bugs and suggesting feature requests and improvements) at https://github.com/conan-io/ conan 1.2 Decentralized package manager Conan 3 Contributing Packages to ConanCenter Contribution of packages to ConanCenter is done via pull requests to the Github repository in https://github.com/ conan-io/conan-center-index. The C3I (ConanCenter (ConanCenter Continuous Integration) service will build binaries automatically from those pull requests, and once merged, will upload them to ConanCenter package repository. Read more about how to submit a pull

source code and issue tracking (for ques- tions and support, reporting bugs and suggesting feature requests and improvements) at https://github.com/conan-io/ conan 1.2 Decentralized package manager Conan 3 Contributing Packages to ConanCenter Contribution of packages to ConanCenter is done via pull requests to the Github repository in https://github.com/ conan-io/conan-center-index. The C3I (ConanCenter (ConanCenter Continuous Integration) service will build binaries automatically from those pull requests, and once merged, will upload them to ConanCenter package repository. Read more about how to submit a pull

source code and issue tracking (for ques- tions and support, reporting bugs and suggesting feature requests and improvements) at https://github.com/conan-io/ conan 1.2 Decentralized package manager Conan 3 Contributing Packages to ConanCenter Contribution of packages to ConanCenter is done via pull requests to the Github repository in https://github.com/ conan-io/conan-center-index. The C3I (ConanCenter (ConanCenter Continuous Integration) service will build binaries automatically from those pull requests, and once merged, will upload them to ConanCenter package repository. Read more about how to submit a pull

source code and issue tracking (for ques- tions and support, reporting bugs and suggesting feature requests and improvements) at https://github.com/conan-io/ conan 1.2 Decentralized package manager Conan 3 Contributing Packages to ConanCenter Contribution of packages to ConanCenter is done via pull requests to the Github repository in https://github.com/ conan-io/conan-center-index. The C3I (ConanCenter (ConanCenter Continuous Integration) service will build binaries automatically from those pull requests, and once merged, will upload them to ConanCenter package repository. Read more about how to submit a pull

source code and issue tracking (for ques- tions and support, reporting bugs and suggesting feature requests and improvements) at https://github.com/conan-io/ conan 1.2 Decentralized package manager Conan 3 Contributing Packages to ConanCenter Contribution of packages to ConanCenter is done via pull requests to the Github repository in https://github.com/ conan-io/conan-center-index. The C3I (ConanCenter (ConanCenter Continuous Integration) service will build binaries automatically from those pull requests, and once merged, will upload them to ConanCenter package repository. Read more about how to submit a pull

source code and issue tracking (for ques- tions and support, reporting bugs and suggesting feature requests and improvements) at https://github.com/conan-io/ conan 1.2 Decentralized package manager Conan Contributing Packages to Conan-center Contribution of packages to Conan-center is done via pull requests to the Github repository in https://github.com/ conan-io/conan-center-index. The C3I (Conan-Center (Conan-Center Continuous Integration) service will build binaries automati- cally from those pull requests, and once merged, will upload them to Bintray Conan-center. Read more about how to submit a pull request